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Written by: Maria Zavarce

Contributor: Lukas Wilgosh 

Trinity Pro Frequently Asked Questions Explained

November 25, 2024

4 minutes read

When it comes to mapping and surveying, precision and adaptability are non-negotiable. The Quantum Systems Trinity Pro delivers on both fronts, excelling in tasks ranging from agricultural mapping to environmental monitoring. With its PPK GNSS accuracy, an impressive 90-minute flight time, and quick-swap payloads, this VTOL drone redefines efficiency.

 

But what truly sets the Trinity Pro apart? In this article, we explore its most notable features through answers to frequently asked questions, uncovering how it transforms surveying workflows with industry-leading performance.
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What Are the Advantages of its VTOL Capabilities?

The Trinity Pro’s VTOL (Vertical Take-Off and Landing) capabilities combine the speed and efficiency of a fixed-wing UAV with the flexibility and safety of a multirotor. Whether you're in a confined urban area or rugged terrain, VTOL allows the Trinity Pro to take off and land without the need for runways or extensive clearings.

 

This feature not only reduces risks to the payload but also ensures smoother operations in challenging environments.

Can You Take-Off and Land in Different Locations?

Yes, the Trinity Pro supports A/B missions for long corridor mapping missions.

Does the Trinity Work in Tough Weather Conditions? 

Absolutely! the Trinity Pro is IP55 meaning it can fly in the most adverse conditions with no issues including rain. It has a weather temperature rating down to -12 C and can withstand continuous winds in cruise mode of 14 m/s and gusts of 18 m/s.

How Accurate Are the Mapping Results with the Integrated PPK GNSS System?

The Trinity Pro’s Post-Processing Kinematics (PPK) GNSS system delivers industry-leading accuracy, reducing positioning errors to as low as 1 cm. This level of precision makes it ideal for high-stakes projects like cadastral surveys and infrastructure design.

Is It Necessary to Use Ground Control Points (GCPs), or Can It Operate Without Them?

Thanks to the PPK system, the Trinity Pro can operate with minimal reliance on Ground Control Points (GCPs). For most surveys, only three GCPs are required as checkpoints to verify accuracy, significantly reducing setup time and operational costs.

How Large an Area Can the Trinity Pro Cover in a Single Flight?

The Trinity Pro can survey up to 1,730 acres (700 hectares) in a single flight, thanks to its industry-leading 90-minute flight time. This capability makes it one of the most efficient drones for large-scale mapping projects.

What Cameras and Sensors Are Available, and Can They Be Swapped Easily?

The Trinity Pro features an array of powerful sensors, including:

  • Sony RX1RII (42 MP Full-Frame Camera): Ideal for high-resolution orthophotos and 3D models.
  • Phase One P5 (128 MP): Achieve exceptional results, with absolute accuracy as fine as 0.3/0.8 cm RMS XY/Z*.
  • RedEdge-P: A multispectral sensor for vegetation analysis.
  • MicaSense Altum-PT: Combines multispectral and thermal imaging for advanced agricultural surveys.
  • Qube 640 LiDAR: Provides point cloud data with survey-grade accuracy of 2.5 cm 
  • Oblique D2M (5 x 26MP) : A powerful oblique imaging system consisting of five high-resolution multidirectional cameras for large scale 3D photogrammetry.

With its QuickLock mechanism, swapping payloads takes just seconds, requiring no tools.

Does the Trinity Pro Support LiDAR, and What Are the Specifications of the LiDAR Payload?

Yes, the Trinity Pro supports LiDAR. The Qube 640 LiDAR payload offers:

  • Precision: 3 cm
  • Accuracy: 2.5 cm
  • Point Density: 34-100 points/m² at 100 m altitude
  • Multi-Echo Technology: Captures up to three echoes per pulse

This makes the Trinity Pro suitable for forestry, construction, and other LiDAR-intensive applications.

Can I Take Manual Control?

Yes, at any time of the mission whether it is take-off, landing, or in forward flight, the operator can take manual control of the Trinity Pro for emergency situations.

How Does the Terrain-Following System Work to Ensure Safe Operations?

The enhanced terrain-following system utilizes real-time LiDAR and GPS data to maintain a consistent altitude over uneven terrain. This ensures:

  • Improved image quality by maintaining consistent ground sampling distance (GSD).
  • Enhanced safety by avoiding ground collisions.

Get in Touch

Give us a call or drop by anytime, we will answer all enquiries within 24 hours on business days. We will be happy to answer your questions.

About the Author

Maria Zavarce, Marketing Coordinator at Measur, brings over two years of specialized experience in the drones and robotics industry. Combining her knowledge of emerging technologies with 8+ years of inbound marketing and SEO, she provides actionable insights into the transformative power of advanced solutions.

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